Support



Allg- 19, 1952 J. s.,cHA-R|PAR SUPPORT 2 SHEETS-SHEET 1 Filed Feb. 15, 1947 J. S. CHARIPAR Aug. 19, 1952 SUPPORT 2 SHEETS- SHEET 2 Filed Feb. 15, 1947 JNVENToR. @j/)zes S @fa/Par Patented Aug. 19, .1952 A UNITED STATES lPATENTv OFFICE A' 2,607,5547 "A v Y f SUPPORT` ames S. Charipar, Chicago, Ill. Application Februaryu13, 1947, Serial No. 728,235

My invention relates to Vkitchen ware and includes among its objects and' advantages increased convenience and avoidance of breakage in connection with preparing coffee in glass equipment. i

In .the accompanying drawings:

Figure l1l is a perspective view of a device according tothe invention; v j A n f Figure 2 is a side'elevation;

Figure 3 is a similar side velevation with the device supported `in a different way;

"Figure 4 is ay perspective view of a modification; Figure 5 is a side elevation of the modification of Figure 4, mounted on a panel support;

And Figure 6 isa side elevation lof `the holder proper of Figure 4 mounted on aA support inthe nature o f a vertical wall.V Y

A common type of coffee maker consists of a glass container of approximately spherical shape with a vertical neck projecting down from the center of the bottom. The main container is substantially-filled with water and the-dry coffee placed in theA cup, with` a perforated barrier to holdvit from going down the neck. Then the cup is inserted in and supported upon the container and the water isheated. As soon as steam is generated the'pressure in the container forcesnearly all the water'in the container up the neck and into the cup. And when this happens the user turns off theheat.` Common vinstructions are to leave the heat on forapproxinr1ately a minute before turning it off. The subsequent condensationlofthe steam inthe container generates a vacuum and draws Vthe hot waterba'ck through'thejcoifee. This fills the containe'rwith coffee ready to vserve---exceltt that it is tool hot to drink-*andthe cup maybe-'removed `and emptied. Because the cup is dene'd by surfaces of revolution it tends to roll around in circles onf any support on'which it is laid and-is quite prone to'roll oli' the' edge and fall to the' lfloor andbebroken. Frequently, 'at the time the cup is. re'- moved' fromthe container, `the operatorl has 4 Claims. (Cl. 248-4312) tion I8 at each end of the bight. which loop merges with an inwardly directed horizontal reach 28. The loops I8 are in a vertical plane and denne a slot into which a ring or grommet of plastic material can be inserted. The grommet has a radial flange 22 overlying the bight I0 and an axial iiange` 24 received inside the bight I8. Theopen end ofthe bight is curved in just before "it joins the loops .I8 to a trifle less than the diameter of the ange 24 so that the ring is held in place gently by friction.

other immediate duties and vdoesnot wish..-.to

stop to take the cup elsewhere; and 'empty it.

Inthe embodiment of the invention selected to ,receivethe neck I2- of thecup I4. There isv -v also, a larger ring, or circular.supportingstruc-A tureincluding two approximately.v semi-circular halves; or arcs. YIB facing toward eachf othenand" bight I0 is subsequently bent to form a loop por- The horizontal reaches 20 extend toward each other into close proximity and then are bent approximately at right angles to define risers 26` which diverge slightly upwardly and join the adjacent ends of the arcs I6. The rear -ends of the arcs I6 terminate in slightly spacedr relationship, the space amounting to about one-fifth or one-fourth of the diameter of the ring dei-inedl by the arcs I6.. From the inner ends of the arcs I6 the risers 28 extend downwardly.4 The' lower ends yof the risers 28 continue in the form of narrow U-shaped bights 30, both aligned in the same plane with the risers 28. The remoter legs of the bights`3ll` include short vertical' portions 32 and curved portions 34 curving upwardly and rearwardly with a graduallyincreasin'g inclination. The upper ends of the curved portions 34 are turned down to form short vertical reaches 36 and a second pair of short vertical reaches 38 set'forward'with respect to thereaches 36 by offsets 40. 'I'he reaches 38 are continued inthe form-*of wider bights 42, the outer legs 44 of which extend upwardly and diagonally tothe l rear.l The Aupper ends of the legsv 44 are conwardly to form stakes 48 which, in `unstressedv condition,- extend downwardly and slightly wardly, as indicated in' Figure 3.

Teal'- I will be apparent thatbjoth legs of both bights 3I l"c'ooperate ,with the vreaches 38 to ldefine ,a vertical slotopening downwardly to receive and grip the upper'` jedge'ofasupporting panel in' dicate'd at '50 'in'Figure 3. Because the portions 34 have the curvature indicated in the drawings the device can be satisfactorily mounted on solid panels such as 50, of varying thickness overa substantial range, or on sheet metal panels such as the one indicated at 52 in Figure3, the *upperv Cds-es. of which are curved rearwardly, in which caseithe reaches 36 `may have abutment with the` y edge of the vsupporting panel.

When the device is supported as in Figure 3 the arms 46 and stakes 48 have no function, but they are positioned substantially out of sight and entirely outrof the Way. But in case the user prefers to fasten the device against the kitchen wall above the sink or in any other convenient place where a vertical wall is the most convenient place of attachment, it is a simple mattei' to put four screw eyes 54 in appropriate position of the supporting structure, as clearly indicatedv in Eiguresj l. and 2. Insertion ro f.- the stakes 48'. in' the screw` eyes 51 completes the mounting of the device. Such screw eyes may be affixed to a plane support, or inv a reentrant angle lbetween two vertical walls to mount theL device diagonally in a corner. The rearward inclination of the stakes 48, indicated ihr-F1314?? are, mees. a lit. 1e s@ newseme@ wheat; di

" t2il Planea,

auhrawnstrssiieaw l l t A Wheamvimff, caille Seme. SGF-2W 2l and-suche mmm?- g @lifes-irda@ degli t" mount. Sugli, a device` 6h; Such; a; SQPPOT? And the resilience of the is 1, 2 and 3 could be adapted for mounting on the edge of a horizontal shelf instead of a vertical panel by positioning the risers 28 in the same plane with the arcs IS and making the bights 42 enough longer to get a good grip on the top of the shelf, either with or without shortening the 'bights 30. And where service conditions are such that the hooks 68 might be bumped carelessly and injure the bowl, the arcs 56 may be o isgt to a larger radiusgfroymvthat point to the bights A581. so that the hooks do notv project inside the ring.

As at present advised with respect to the apparent scope of my invention, I desire to claim the following subject matter:

, l. support of the class described, comprising, in combination: a resilient ring bifurcated into substantially equal halves; divergent arms extending azway from each other and substantially tangent to said ring and rigidly connected to adjacent ends of saidr halves; said arms lying substantially in the plane of said ring; downwardly extending stakes at the ends of said arms; said'. stakes being` substantially perpendicular to' the plane of said ring; and a resilient connecy tion between the adjacent ends of saidhalves remote from said arms and stakes; said resilient connection including downwardly extending risers substantially perpendicular to the planetof said ring; and a loopmaterially smallerv than said ring connecting the lower endsof rsaidrisrs. andv adapted'. toreceivefand guide the neck-` of a coffee holder comprising a bowl of a size tube supported 'by said ring and a downwardly extendinglvnecl connectingto thvebottorn of said bowl;

and a @amenable brasingfattachment for ,Said holder comprising braces,v`onefor each ofV said arms; each brace extendingrfrom an-intermediate pointon.v said arm` forwardlyand then down? wardlyyto engage ythe front.ofasupportingpanel Y pesiteed ,in front @.frtsvaidn sakes! each bracev tint-Figure 5,V Inrgvidean adapt adapter des t e center cr rea h E6' ha 'ng re raus. vnon mangeons asrarwafrdly t i @minata in forwardly, tesine Beyond the hook: lportions 7,12;

swf mehr@ die' n afite'rft` ef attachment can; be;rotated 45 or more in la counterclockwise direction from the position offFieiire ,5, after Whll thefdks 'l2 sarthe disse aged fromtliareaches. @andthe attach: ment, ''scompltely fr. 4from the holder proper andmav 'be Adisk;ardesf,

Others mayV readily adaptV the invention `for use. lieder vaisus onsltees QffSei/ce :by employing one o'r/morerof the novel ,features disclosed or equivalents thereof. For instance, it will be vQbvious that the oesifilctien billigeres being continued around said; arm'y to denne.` a heels @esmas vdagomilly downward and forward.; the `um??,learnt ef each hols having an end curved' lback tor-defineI afshorter hook. opening diagonally weekend fem/afd; and 2f Center` Cross .rea-chl. interenectiiis the ends nf Said last 'mentioned hooks' whereby Said entire, atthmen? may. be!

braces, .onerforeachlof said-,armsi each el extending.: .from an intermediate, -pointpn -Ksaidr' arm. forwardly.4 and .then-downwardly to engage,-

' theirontlof a.` supporting. panel;positioned;in

frontoi` saidA stakes ;-AV each brace .being continued around said ar-r'ny todefine l a hook.A openingi diagonally downward and Vforward, the upper-arm of each? hook having an end. curved back-.-tddeiine a s horterhook. opening diagonally upward4 and rearward; and a! centencross reach interconnesting theends of said/ilastl mentioned hooks.,

v3,,=Inva-wire supportV for holding an `inverted glass receptacle of :the-type having along. -stra ht@v tubular neck and a generally spherical body: opposed arcuate wire contact members shaped to partially encircle opposite hemispheres of said body in a horizontal plane farther from the maximum girth or equator of said body than from its pole and thus to carry the weight of said receptacle; said contact members being symmetrically arranged to dene two pairs of adjacent ends in the plane of contact; two integral reaches extending downward in spaced relationship from one pair of adjacent contact member ends; an integral bight joining the lower ends of said reaches; and means connected to the remaining pair of adjacent contact member ends for mounting said support; whereby said reaches constitute a guard for the neck of said receptacle, and also greatly increase the resilience of engagement between said contact members and the inverted receptacle; said integral bight including a loop lying in a horizontal plane of a size to receive said neck and hold it in alignment directly behind said guard; said mounting means including divergent arms extending away from each other and substantially tangent to said Aring and rigidly connected to adjacent ends of said halves; said arms lying substantially in the plane of said ring; downwardly extending stakes at the ends of said arms; said stakes being substantially perpendicular to the plane of said ring.

`4. In a wire support for holding an inverted glass receptacle of the type having a long, straight, tubular neck and a generally spherical body: opposed arcuate encircling wire members, each shaped to encircle a major portion of one hemisphere of a spherical glass body by contacts therewith in a horizontal plane farther from the maximum girth or horizontal equator of said body than from its pole, and thus to carry the weight of said receptacle; said encircling members being symmetrically arranged in the same 6 horizontal plane, each encircling member comprising a single strand of wire all in the same plane; said encircling members having two pairs of adjacent ends; connections from a first pair of said ends to a supporting structure; two integral risers extending from the second pair of ends remote from any supporting structure, vertically downward in closely spaced relationship; said risers lying in a vertical plane remote from said supporting structure connections, and constituting a guard for the lower hemisphere and neck of the glass receptacle; the lower ends of said risers being united by an integral loop large enough to receive the neck of the glass receptacle; said loop being turned into a horizontal plane spaced below the plane of said contact members by a distance greater than the radius of the spherical body, whereby the weight of said glass receptacle cannot rest on said loop; said loop connection increasing the yieldability f of the upper ends of said risers.

JAMES S. CHARIPAR.

REFERENCES CITED The following references are of record in the file of this patent:

UNITED sTA'rEs PATENTS Number Name Date 596,724 Steppart Jan. 4, 1898 1,137,583 Cox Apr. 27, 1915 2,132,056 Tate Oct. 4, 1938 2,187,974 Johnson Jan. 23, 1940 FOREIGN PATENTS Number Country Date 45,643 Norway Jan. 31, 1927 154,366 Germany Sept. 5, 1904 345,865 France Nov. 2, '1904 

